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| Package esys :: Package escript :: Module test_util_spatial_functions :: Class Test_Util_SpatialFunctions |
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object--+ |TestCase--+ | Test_Util_SpatialFunctions
| Method Summary | |
|---|---|
tests divergence of Data on the Function... | |
tests divergence of Data on the Function... | |
tests divergence of Data on the Function... | |
tests divergence of Symbol on the Function... | |
tests divergence of Symbol on the Function... | |
tests divergence of Symbol on the Function... | |
tests divergence of Data on the FunctionOnBoundary... | |
tests divergence of Data on the FunctionOnBoundary... | |
tests divergence of Data on the FunctionOnBoundary... | |
tests divergence of Symbol on the FunctionOnBoundary... | |
tests divergence of Symbol on the FunctionOnBoundary... | |
tests divergence of Symbol on the FunctionOnBoundary... | |
tests divergence of Data on the FunctionOnContactOne... | |
tests divergence of Data on the FunctionOnContactOne... | |
tests divergence of Data on the FunctionOnContactOne... | |
tests divergence of Symbol on the FunctionOnContactOne... | |
tests divergence of Symbol on the FunctionOnContactOne... | |
tests divergence of Symbol on the FunctionOnContactOne... | |
tests divergence of Data on the FunctionOnContactZero... | |
tests divergence of Data on the FunctionOnContactZero... | |
tests divergence of Data on the FunctionOnContactZero... | |
tests divergence of Symbol on the FunctionOnContactZero... | |
tests divergence of Symbol on the FunctionOnContactZero... | |
tests divergence of Symbol on the FunctionOnContactZero... | |
tests gradient for rank 0 Data on the Function... | |
tests gradient for rank 1 Data on the Function... | |
tests gradient for rank 2 Data on the Function... | |
tests gradient for rank 3 Data on the Function... | |
tests gradient for rank 0 Data on the Function... | |
tests gradient for rank 1 Data on the Function... | |
tests gradient for rank 2 Data on the Function... | |
tests gradient for rank 3 Data on the Function... | |
tests gradient for rank 0 Data on the Function... | |
tests gradient for rank 1 Data on the Function... | |
tests gradient for rank 2 Data on the Function... | |
tests gradient for rank 3 Data on the Function... | |
tests gradient for rank 0 Symbol on the Function... | |
tests gradient for rank 1 Symbol on the Function... | |
tests gradient for rank 2 Symbol on the Function... | |
tests gradient for rank 3 Symbol on the Function... | |
tests gradient for rank 0 Symbol on the Function... | |
tests gradient for rank 1 Symbol on the Function... | |
tests gradient for rank 2 Symbol on the Function... | |
tests gradient for rank 3 Symbol on the Function... | |
tests gradient for rank 0 Symbol on the Function... | |
tests gradient for rank 1 Symbol on the Function... | |
tests gradient for rank 2 Symbol on the Function... | |
tests gradient for rank 3 Symbol on the Function... | |
tests gradient for rank 0 Data on the FunctionOnBoundary... | |
tests gradient for rank 1 Data on the FunctionOnBoundary... | |
tests gradient for rank 2 Data on the FunctionOnBoundary... | |
tests gradient for rank 3 Data on the FunctionOnBoundary... | |
tests gradient for rank 0 Data on the FunctionOnBoundary... | |
tests gradient for rank 1 Data on the FunctionOnBoundary... | |
tests gradient for rank 2 Data on the FunctionOnBoundary... | |
tests gradient for rank 3 Data on the FunctionOnBoundary... | |
tests gradient for rank 0 Data on the FunctionOnBoundary... | |
tests gradient for rank 1 Data on the FunctionOnBoundary... | |
tests gradient for rank 2 Data on the FunctionOnBoundary... | |
tests gradient for rank 3 Data on the FunctionOnBoundary... | |
tests gradient for rank 0 Symbol on the FunctionOnBoundary... | |
tests gradient for rank 1 Symbol on the FunctionOnBoundary... | |
tests gradient for rank 2 Symbol on the FunctionOnBoundary... | |
tests gradient for rank 3 Symbol on the FunctionOnBoundary... | |
tests gradient for rank 0 Symbol on the FunctionOnBoundary... | |
tests gradient for rank 1 Symbol on the FunctionOnBoundary... | |
tests gradient for rank 2 Symbol on the FunctionOnBoundary... | |
tests gradient for rank 3 Symbol on the FunctionOnBoundary... | |
tests gradient for rank 0 Symbol on the FunctionOnBoundary... | |
tests gradient for rank 1 Symbol on the FunctionOnBoundary... | |
tests gradient for rank 2 Symbol on the FunctionOnBoundary... | |
tests gradient for rank 3 Symbol on the FunctionOnBoundary... | |
tests gradient for rank 0 Data on the FunctionOnContactOne... | |
tests gradient for rank 1 Data on the FunctionOnContactOne... | |
tests gradient for rank 2 Data on the FunctionOnContactOne... | |
tests gradient for rank 3 Data on the FunctionOnContactOne... | |
tests gradient for rank 0 Data on the FunctionOnContactOne... | |
tests gradient for rank 1 Data on the FunctionOnContactOne... | |
tests gradient for rank 2 Data on the FunctionOnContactOne... | |
tests gradient for rank 3 Data on the FunctionOnContactOne... | |
tests gradient for rank 0 Data on the FunctionOnContactOne... | |
tests gradient for rank 1 Data on the FunctionOnContactOne... | |
tests gradient for rank 2 Data on the FunctionOnContactOne... | |
tests gradient for rank 3 Data on the FunctionOnContactOne... | |
tests gradient for rank 0 Symbol on the FunctionOnContactOne... | |
tests gradient for rank 1 Symbol on the FunctionOnContactOne... | |
tests gradient for rank 2 Symbol on the FunctionOnContactOne... | |
tests gradient for rank 3 Symbol on the FunctionOnContactOne... | |
tests gradient for rank 0 Symbol on the FunctionOnContactOne... | |
tests gradient for rank 1 Symbol on the FunctionOnContactOne... | |
tests gradient for rank 2 Symbol on the FunctionOnContactOne... | |
tests gradient for rank 3 Symbol on the FunctionOnContactOne... | |
tests gradient for rank 0 Symbol on the FunctionOnContactOne... | |
tests gradient for rank 1 Symbol on the FunctionOnContactOne... | |
tests gradient for rank 2 Symbol on the FunctionOnContactOne... | |
tests gradient for rank 3 Symbol on the FunctionOnContactOne... | |
tests gradient for rank 0 Data on the FunctionOnContactZero... | |
tests gradient for rank 1 Data on the FunctionOnContactZero... | |
tests gradient for rank 2 Data on the FunctionOnContactZero... | |
tests gradient for rank 3 Data on the FunctionOnContactZero... | |
tests gradient for rank 0 Data on the FunctionOnContactZero... | |
tests gradient for rank 1 Data on the FunctionOnContactZero... | |
tests gradient for rank 2 Data on the FunctionOnContactZero... | |
tests gradient for rank 3 Data on the FunctionOnContactZero... | |
tests gradient for rank 0 Data on the FunctionOnContactZero... | |
tests gradient for rank 1 Data on the FunctionOnContactZero... | |
tests gradient for rank 2 Data on the FunctionOnContactZero... | |
tests gradient for rank 3 Data on the FunctionOnContactZero... | |
tests gradient for rank 0 Symbol on the FunctionOnContactZero... | |
tests gradient for rank 1 Symbol on the FunctionOnContactZero... | |
tests gradient for rank 2 Symbol on the FunctionOnContactZero... | |
tests gradient for rank 3 Symbol on the FunctionOnContactZero... | |
tests gradient for rank 0 Symbol on the FunctionOnContactZero... | |
tests gradient for rank 1 Symbol on the FunctionOnContactZero... | |
tests gradient for rank 2 Symbol on the FunctionOnContactZero... | |
tests gradient for rank 3 Symbol on the FunctionOnContactZero... | |
tests gradient for rank 0 Symbol on the FunctionOnContactZero... | |
tests gradient for rank 1 Symbol on the FunctionOnContactZero... | |
tests gradient for rank 2 Symbol on the FunctionOnContactZero... | |
tests gradient for rank 3 Symbol on the FunctionOnContactZero... | |
tests integral of rank 0 Data on the Function... | |
tests integral of rank 1 Data on the Function... | |
tests integral of rank 2 Data on the Function... | |
tests integral of rank 3 Data on the Function... | |
tests integral of rank 4 Data on the Function... | |
tests integral of rank 0 Data on the Function... | |
tests integral of rank 1 Data on the Function... | |
tests integral of rank 2 Data on the Function... | |
tests integral of rank 3 Data on the Function... | |
tests integral of rank 4 Data on the Function... | |
tests integral of rank 0 Data on the Function... | |
tests integral of rank 1 Data on the Function... | |
tests integral of rank 2 Data on the Function... | |
tests integral of rank 3 Data on the Function... | |
tests integral of rank 4 Data on the Function... | |
tests integral of rank 0 Data on the Function... | |
tests integral of rank 1 Data on the Function... | |
tests integral of rank 2 Data on the Function... | |
tests integral of rank 3 Data on the Function... | |
tests integral of rank 4 Data on the Function... | |
tests integral of rank 0 Symbol on the Function... | |
tests integral of rank 1 Symbol on the Function... | |
tests integral of rank 2 Symbol on the Function... | |
tests integral of rank 3 Symbol on the Function... | |
tests integral of rank 4 Symbol on the Function... | |
tests integral of rank 0 Symbol on the Function... | |
tests integral of rank 1 Symbol on the Function... | |
tests integral of rank 2 Symbol on the Function... | |
tests integral of rank 3 Symbol on the Function... | |
tests integral of rank 4 Symbol on the Function... | |
tests integral of rank 0 Symbol on the Function... | |
tests integral of rank 1 Symbol on the Function... | |
tests integral of rank 2 Symbol on the Function... | |
tests integral of rank 3 Symbol on the Function... | |
tests integral of rank 4 Symbol on the Function... | |
tests integral of rank 0 Symbol on the Function... | |
tests integral of rank 1 Symbol on the Function... | |
tests integral of rank 2 Symbol on the Function... | |
tests integral of rank 3 Symbol on the Function... | |
tests integral of rank 4 Symbol on the Function... | |
tests integral of rank 0 Data on the FunctionOnBoundary... | |
tests integral of rank 1 Data on the FunctionOnBoundary... | |
tests integral of rank 2 Data on the FunctionOnBoundary... | |
tests integral of rank 3 Data on the FunctionOnBoundary... | |
tests integral of rank 4 Data on the FunctionOnBoundary... | |
tests integral of rank 0 Data on the FunctionOnBoundary... | |
tests integral of rank 1 Data on the FunctionOnBoundary... | |
tests integral of rank 2 Data on the FunctionOnBoundary... | |
tests integral of rank 3 Data on the FunctionOnBoundary... | |
tests integral of rank 4 Data on the FunctionOnBoundary... | |
tests integral of rank 0 Data on the FunctionOnBoundary... | |
tests integral of rank 1 Data on the FunctionOnBoundary... | |
tests integral of rank 2 Data on the FunctionOnBoundary... | |
tests integral of rank 3 Data on the FunctionOnBoundary... | |
tests integral of rank 4 Data on the FunctionOnBoundary... | |
tests integral of rank 0 Data on the FunctionOnBoundary... | |
tests integral of rank 1 Data on the FunctionOnBoundary... | |
tests integral of rank 2 Data on the FunctionOnBoundary... | |
tests integral of rank 3 Data on the FunctionOnBoundary... | |
tests integral of rank 4 Data on the FunctionOnBoundary... | |
tests integral of rank 0 Symbol on the FunctionOnBoundary... | |
tests integral of rank 1 Symbol on the FunctionOnBoundary... | |
tests integral of rank 2 Symbol on the FunctionOnBoundary... | |
tests integral of rank 3 Symbol on the FunctionOnBoundary... | |
tests integral of rank 4 Symbol on the FunctionOnBoundary... | |
tests integral of rank 0 Symbol on the FunctionOnBoundary... | |
tests integral of rank 1 Symbol on the FunctionOnBoundary... | |
tests integral of rank 2 Symbol on the FunctionOnBoundary... | |
tests integral of rank 3 Symbol on the FunctionOnBoundary... | |
tests integral of rank 4 Symbol on the FunctionOnBoundary... | |
tests integral of rank 0 Symbol on the FunctionOnBoundary... | |
tests integral of rank 1 Symbol on the FunctionOnBoundary... | |
tests integral of rank 2 Symbol on the FunctionOnBoundary... | |
tests integral of rank 3 Symbol on the FunctionOnBoundary... | |
tests integral of rank 4 Symbol on the FunctionOnBoundary... | |
tests integral of rank 0 Symbol on the FunctionOnBoundary... | |
tests integral of rank 1 Symbol on the FunctionOnBoundary... | |
tests integral of rank 2 Symbol on the FunctionOnBoundary... | |
tests integral of rank 3 Symbol on the FunctionOnBoundary... | |
tests integral of rank 4 Symbol on the FunctionOnBoundary... | |
tests integral of rank 0 Data on the FunctionOnContactOne... | |
tests integral of rank 1 Data on the FunctionOnContactOne... | |
tests integral of rank 2 Data on the FunctionOnContactOne... | |
tests integral of rank 3 Data on the FunctionOnContactOne... | |
tests integral of rank 4 Data on the FunctionOnContactOne... | |
tests integral of rank 0 Data on the FunctionOnContactOne... | |
tests integral of rank 1 Data on the FunctionOnContactOne... | |
tests integral of rank 2 Data on the FunctionOnContactOne... | |
tests integral of rank 3 Data on the FunctionOnContactOne... | |
tests integral of rank 4 Data on the FunctionOnContactOne... | |
tests integral of rank 0 Data on the FunctionOnContactOne... | |
tests integral of rank 1 Data on the FunctionOnContactOne... | |
tests integral of rank 2 Data on the FunctionOnContactOne... | |
tests integral of rank 3 Data on the FunctionOnContactOne... | |
tests integral of rank 4 Data on the FunctionOnContactOne... | |
tests integral of rank 0 Data on the FunctionOnContactOne... | |
tests integral of rank 1 Data on the FunctionOnContactOne... | |
tests integral of rank 2 Data on the FunctionOnContactOne... | |
tests integral of rank 3 Data on the FunctionOnContactOne... | |
tests integral of rank 4 Data on the FunctionOnContactOne... | |
tests integral of rank 0 Symbol on the FunctionOnContactOne... | |
tests integral of rank 1 Symbol on the FunctionOnContactOne... | |
tests integral of rank 2 Symbol on the FunctionOnContactOne... | |
tests integral of rank 3 Symbol on the FunctionOnContactOne... | |
tests integral of rank 4 Symbol on the FunctionOnContactOne... | |
tests integral of rank 0 Symbol on the FunctionOnContactOne... | |
tests integral of rank 1 Symbol on the FunctionOnContactOne... | |
tests integral of rank 2 Symbol on the FunctionOnContactOne... | |
tests integral of rank 3 Symbol on the FunctionOnContactOne... | |
tests integral of rank 4 Symbol on the FunctionOnContactOne... | |
tests integral of rank 0 Symbol on the FunctionOnContactOne... | |
tests integral of rank 1 Symbol on the FunctionOnContactOne... | |
tests integral of rank 2 Symbol on the FunctionOnContactOne... | |
tests integral of rank 3 Symbol on the FunctionOnContactOne... | |
tests integral of rank 4 Symbol on the FunctionOnContactOne... | |
tests integral of rank 0 Symbol on the FunctionOnContactOne... | |
tests integral of rank 1 Symbol on the FunctionOnContactOne... | |
tests integral of rank 2 Symbol on the FunctionOnContactOne... | |
tests integral of rank 3 Symbol on the FunctionOnContactOne... | |
tests integral of rank 4 Symbol on the FunctionOnContactOne... | |
tests integral of rank 0 Data on the FunctionOnContactZero... | |
tests integral of rank 1 Data on the FunctionOnContactZero... | |
tests integral of rank 2 Data on the FunctionOnContactZero... | |
tests integral of rank 3 Data on the FunctionOnContactZero... | |
tests integral of rank 4 Data on the FunctionOnContactZero... | |
tests integral of rank 0 Data on the FunctionOnContactZero... | |
tests integral of rank 1 Data on the FunctionOnContactZero... | |
tests integral of rank 2 Data on the FunctionOnContactZero... | |
tests integral of rank 3 Data on the FunctionOnContactZero... | |
tests integral of rank 4 Data on the FunctionOnContactZero... | |
tests integral of rank 0 Data on the FunctionOnContactZero... | |
tests integral of rank 1 Data on the FunctionOnContactZero... | |
tests integral of rank 2 Data on the FunctionOnContactZero... | |
tests integral of rank 3 Data on the FunctionOnContactZero... | |
tests integral of rank 4 Data on the FunctionOnContactZero... | |
tests integral of rank 0 Data on the FunctionOnContactZero... | |
tests integral of rank 1 Data on the FunctionOnContactZero... | |
tests integral of rank 2 Data on the FunctionOnContactZero... | |
tests integral of rank 3 Data on the FunctionOnContactZero... | |
tests integral of rank 4 Data on the FunctionOnContactZero... | |
tests integral of rank 0 Symbol on the FunctionOnContactZero... | |
tests integral of rank 1 Symbol on the FunctionOnContactZero... | |
tests integral of rank 2 Symbol on the FunctionOnContactZero... | |
tests integral of rank 3 Symbol on the FunctionOnContactZero... | |
tests integral of rank 4 Symbol on the FunctionOnContactZero... | |
tests integral of rank 0 Symbol on the FunctionOnContactZero... | |
tests integral of rank 1 Symbol on the FunctionOnContactZero... | |
tests integral of rank 2 Symbol on the FunctionOnContactZero... | |
tests integral of rank 3 Symbol on the FunctionOnContactZero... | |
tests integral of rank 4 Symbol on the FunctionOnContactZero... | |
tests integral of rank 0 Symbol on the FunctionOnContactZero... | |
tests integral of rank 1 Symbol on the FunctionOnContactZero... | |
tests integral of rank 2 Symbol on the FunctionOnContactZero... | |
tests integral of rank 3 Symbol on the FunctionOnContactZero... | |
tests integral of rank 4 Symbol on the FunctionOnContactZero... | |
tests integral of rank 0 Symbol on the FunctionOnContactZero... | |
tests integral of rank 1 Symbol on the FunctionOnContactZero... | |
tests integral of rank 2 Symbol on the FunctionOnContactZero... | |
tests integral of rank 3 Symbol on the FunctionOnContactZero... | |
tests integral of rank 4 Symbol on the FunctionOnContactZero... | |
tests interpolate for rank 0 Data onto the Function | |
tests interpolate for rank 1 Data onto the Function | |
tests interpolate for rank 2 Data onto the Function | |
tests interpolate for rank 3 Data onto the Function | |
tests interpolate for rank 4 Data onto the Function | |
tests interpolate for rank 0 Data onto the Function | |
tests interpolate for rank 1 Data onto the Function | |
tests interpolate for rank 2 Data onto the Function | |
tests interpolate for rank 3 Data onto the Function | |
tests interpolate for rank 4 Data onto the Function | |
tests interpolate for rank 0 Data onto the Function | |
tests interpolate for rank 1 Data onto the Function | |
tests interpolate for rank 2 Data onto the Function | |
tests interpolate for rank 3 Data onto the Function | |
tests interpolate for rank 4 Data onto the Function | |
tests interpolate for rank 0 Data onto the Function | |
tests interpolate for rank 1 Data onto the Function | |
tests interpolate for rank 2 Data onto the Function | |
tests interpolate for rank 3 Data onto the Function | |
tests interpolate for rank 4 Data onto the Function | |
tests interpolate for rank 0 Symbol onto the Function | |
tests interpolate for rank 1 Symbol onto the Function | |
tests interpolate for rank 2 Symbol onto the Function | |
tests interpolate for rank 3 Symbol onto the Function | |
tests interpolate for rank 4 Symbol onto the Function | |
tests interpolate for rank 0 Symbol onto the Function | |
tests interpolate for rank 1 Symbol onto the Function | |
tests interpolate for rank 2 Symbol onto the Function | |
tests interpolate for rank 3 Symbol onto the Function | |
tests interpolate for rank 4 Symbol onto the Function | |
tests interpolate for rank 0 Symbol onto the Function | |
tests interpolate for rank 1 Symbol onto the Function | |
tests interpolate for rank 2 Symbol onto the Function | |
tests interpolate for rank 3 Symbol onto the Function | |
tests interpolate for rank 4 Symbol onto the Function | |
tests interpolate for rank 0 Symbol onto the Function | |
tests interpolate for rank 1 Symbol onto the Function | |
tests interpolate for rank 2 Symbol onto the Function | |
tests interpolate for rank 3 Symbol onto the Function | |
tests interpolate for rank 4 Symbol onto the Function | |
tests interpolate for rank 0 Data onto the FunctionOnBoundary | |
tests interpolate for rank 1 Data onto the FunctionOnBoundary | |
tests interpolate for rank 2 Data onto the FunctionOnBoundary | |
tests interpolate for rank 3 Data onto the FunctionOnBoundary | |
tests interpolate for rank 4 Data onto the FunctionOnBoundary | |
tests interpolate for rank 0 Data onto the FunctionOnBoundary | |
tests interpolate for rank 1 Data onto the FunctionOnBoundary | |
tests interpolate for rank 2 Data onto the FunctionOnBoundary | |
tests interpolate for rank 3 Data onto the FunctionOnBoundary | |
tests interpolate for rank 4 Data onto the FunctionOnBoundary | |
tests interpolate for rank 0 Data onto the FunctionOnBoundary | |
tests interpolate for rank 1 Data onto the FunctionOnBoundary | |
tests interpolate for rank 2 Data onto the FunctionOnBoundary | |
tests interpolate for rank 3 Data onto the FunctionOnBoundary | |
tests interpolate for rank 4 Data onto the FunctionOnBoundary | |
tests interpolate for rank 0 Data onto the FunctionOnBoundary | |
tests interpolate for rank 1 Data onto the FunctionOnBoundary | |
tests interpolate for rank 2 Data onto the FunctionOnBoundary | |
tests interpolate for rank 3 Data onto the FunctionOnBoundary | |
tests interpolate for rank 4 Data onto the FunctionOnBoundary | |
tests interpolate for rank 0 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 1 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 2 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 3 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 4 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 0 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 1 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 2 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 3 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 4 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 0 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 1 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 2 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 3 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 4 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 0 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 1 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 2 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 3 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 4 Symbol onto the FunctionOnBoundary | |
tests interpolate for rank 0 Data onto the FunctionOnContactOne | |
tests interpolate for rank 1 Data onto the FunctionOnContactOne | |
tests interpolate for rank 2 Data onto the FunctionOnContactOne | |
tests interpolate for rank 3 Data onto the FunctionOnContactOne | |
tests interpolate for rank 4 Data onto the FunctionOnContactOne | |
tests interpolate for rank 0 Data onto the FunctionOnContactOne | |
tests interpolate for rank 1 Data onto the FunctionOnContactOne | |
tests interpolate for rank 2 Data onto the FunctionOnContactOne | |
tests interpolate for rank 3 Data onto the FunctionOnContactOne | |
tests interpolate for rank 4 Data onto the FunctionOnContactOne | |
tests interpolate for rank 0 Data onto the FunctionOnContactOne | |
tests interpolate for rank 1 Data onto the FunctionOnContactOne | |
tests interpolate for rank 2 Data onto the FunctionOnContactOne | |
tests interpolate for rank 3 Data onto the FunctionOnContactOne | |
tests interpolate for rank 4 Data onto the FunctionOnContactOne | |
tests interpolate for rank 0 Data onto the FunctionOnContactOne | |
tests interpolate for rank 1 Data onto the FunctionOnContactOne | |
tests interpolate for rank 2 Data onto the FunctionOnContactOne | |
tests interpolate for rank 3 Data onto the FunctionOnContactOne | |
tests interpolate for rank 4 Data onto the FunctionOnContactOne | |
tests interpolate for rank 0 Data onto the FunctionOnContactOne | |
tests interpolate for rank 1 Data onto the FunctionOnContactOne | |
tests interpolate for rank 2 Data onto the FunctionOnContactOne | |
tests interpolate for rank 3 Data onto the FunctionOnContactOne | |
tests interpolate for rank 4 Data onto the FunctionOnContactOne | |
tests interpolate for rank 0 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 1 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 2 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 3 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 4 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 0 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 1 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 2 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 3 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 4 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 0 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 1 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 2 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 3 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 4 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 0 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 1 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 2 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 3 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 4 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 0 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 1 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 2 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 3 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 4 Symbol onto the FunctionOnContactOne | |
tests interpolate for rank 0 Data onto the FunctionOnContactZero | |
tests interpolate for rank 1 Data onto the FunctionOnContactZero | |
tests interpolate for rank 2 Data onto the FunctionOnContactZero | |
tests interpolate for rank 3 Data onto the FunctionOnContactZero | |
tests interpolate for rank 4 Data onto the FunctionOnContactZero | |
tests interpolate for rank 0 Data onto the FunctionOnContactZero | |
tests interpolate for rank 1 Data onto the FunctionOnContactZero | |
tests interpolate for rank 2 Data onto the FunctionOnContactZero | |
tests interpolate for rank 3 Data onto the FunctionOnContactZero | |
tests interpolate for rank 4 Data onto the FunctionOnContactZero | |
tests interpolate for rank 0 Data onto the FunctionOnContactZero | |
tests interpolate for rank 1 Data onto the FunctionOnContactZero | |
tests interpolate for rank 2 Data onto the FunctionOnContactZero | |
tests interpolate for rank 3 Data onto the FunctionOnContactZero | |
tests interpolate for rank 4 Data onto the FunctionOnContactZero | |
tests interpolate for rank 0 Data onto the FunctionOnContactZero | |
tests interpolate for rank 1 Data onto the FunctionOnContactZero | |
tests interpolate for rank 2 Data onto the FunctionOnContactZero | |
tests interpolate for rank 3 Data onto the FunctionOnContactZero | |
tests interpolate for rank 4 Data onto the FunctionOnContactZero | |
tests interpolate for rank 0 Data onto the FunctionOnContactZero | |
tests interpolate for rank 1 Data onto the FunctionOnContactZero | |
tests interpolate for rank 2 Data onto the FunctionOnContactZero | |
tests interpolate for rank 3 Data onto the FunctionOnContactZero | |
tests interpolate for rank 4 Data onto the FunctionOnContactZero | |
tests interpolate for rank 0 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 1 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 2 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 3 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 4 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 0 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 1 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 2 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 3 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 4 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 0 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 1 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 2 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 3 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 4 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 0 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 1 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 2 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 3 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 4 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 0 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 1 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 2 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 3 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 4 Symbol onto the FunctionOnContactZero | |
tests interpolate for rank 0 Data onto the ReducedSolution | |
tests interpolate for rank 1 Data onto the ReducedSolution | |
tests interpolate for rank 2 Data onto the ReducedSolution | |
tests interpolate for rank 3 Data onto the ReducedSolution | |
tests interpolate for rank 4 Data onto the ReducedSolution | |
tests interpolate for rank 0 Data onto the ReducedSolution | |
tests interpolate for rank 1 Data onto the ReducedSolution | |
tests interpolate for rank 2 Data onto the ReducedSolution | |
tests interpolate for rank 3 Data onto the ReducedSolution | |
tests interpolate for rank 4 Data onto the ReducedSolution | |
tests interpolate for rank 0 Data onto the ReducedSolution | |
tests interpolate for rank 1 Data onto the ReducedSolution | |
tests interpolate for rank 2 Data onto the ReducedSolution | |
tests interpolate for rank 3 Data onto the ReducedSolution | |
tests interpolate for rank 4 Data onto the ReducedSolution | |
tests interpolate for rank 0 Symbol onto the ReducedSolution | |
tests interpolate for rank 1 Symbol onto the ReducedSolution | |
tests interpolate for rank 2 Symbol onto the ReducedSolution | |
tests interpolate for rank 3 Symbol onto the ReducedSolution | |
tests interpolate for rank 4 Symbol onto the ReducedSolution | |
tests interpolate for rank 0 Symbol onto the ReducedSolution | |
tests interpolate for rank 1 Symbol onto the ReducedSolution | |
tests interpolate for rank 2 Symbol onto the ReducedSolution | |
tests interpolate for rank 3 Symbol onto the ReducedSolution | |
tests interpolate for rank 4 Symbol onto the ReducedSolution | |
tests interpolate for rank 0 Symbol onto the ReducedSolution | |
tests interpolate for rank 1 Symbol onto the ReducedSolution | |
tests interpolate for rank 2 Symbol onto the ReducedSolution | |
tests interpolate for rank 3 Symbol onto the ReducedSolution | |
tests interpolate for rank 4 Symbol onto the ReducedSolution | |
tests interpolate for rank 0 Data onto the Solution | |
tests interpolate for rank 1 Data onto the Solution | |
tests interpolate for rank 2 Data onto the Solution | |
tests interpolate for rank 3 Data onto the Solution | |
tests interpolate for rank 4 Data onto the Solution | |
tests interpolate for rank 0 Data onto the Solution | |
tests interpolate for rank 1 Data onto the Solution | |
tests interpolate for rank 2 Data onto the Solution | |
tests interpolate for rank 3 Data onto the Solution | |
tests interpolate for rank 4 Data onto the Solution | |
tests interpolate for rank 0 Symbol onto the Solution | |
tests interpolate for rank 1 Symbol onto the Solution | |
tests interpolate for rank 2 Symbol onto the Solution | |
tests interpolate for rank 3 Symbol onto the Solution | |
tests interpolate for rank 4 Symbol onto the Solution | |
tests interpolate for rank 0 Symbol onto the Solution | |
tests interpolate for rank 1 Symbol onto the Solution | |
tests interpolate for rank 2 Symbol onto the Solution | |
tests interpolate for rank 3 Symbol onto the Solution | |
tests interpolate for rank 4 Symbol onto the Solution | |
tests L2-norm of Data on the Function | |
tests L2-norm of Data on the Function | |
tests L2-norm of Data on the Function | |
tests L2-norm of Data on the Function | |
tests L2-norm of Data on the Function | |
tests L2-norm of Symbol on the Function | |
tests L2-norm of Symbol on the Function | |
tests L2-norm of Symbol on the Function | |
tests L2-norm of Symbol on the Function | |
tests L2-norm of Symbol on the Function | |
tests L2-norm of Data on the FunctionOnBoundary | |
tests L2-norm of Data on the FunctionOnBoundary | |
tests L2-norm of Data on the FunctionOnBoundary | |
tests L2-norm of Data on the FunctionOnBoundary | |
tests L2-norm of Data on the FunctionOnBoundary | |
tests L2-norm of Symbol on the FunctionOnBoundary | |
tests L2-norm of Symbol on the FunctionOnBoundary | |
tests L2-norm of Symbol on the FunctionOnBoundary | |
tests L2-norm of Symbol on the FunctionOnBoundary | |
tests L2-norm of Symbol on the FunctionOnBoundary | |
tests L2-norm of Data on the FunctionOnContactOne | |
tests L2-norm of Data on the FunctionOnContactOne | |
tests L2-norm of Data on the FunctionOnContactOne | |
tests L2-norm of Data on the FunctionOnContactOne | |
tests L2-norm of Data on the FunctionOnContactOne | |
tests L2-norm of Symbol on the FunctionOnContactOne | |
tests L2-norm of Symbol on the FunctionOnContactOne | |
tests L2-norm of Symbol on the FunctionOnContactOne | |
tests L2-norm of Symbol on the FunctionOnContactOne | |
tests L2-norm of Symbol on the FunctionOnContactOne | |
tests L2-norm of Data on the FunctionOnContactZero | |
tests L2-norm of Data on the FunctionOnContactZero | |
tests L2-norm of Data on the FunctionOnContactZero | |
tests L2-norm of Data on the FunctionOnContactZero | |
tests L2-norm of Data on the FunctionOnContactZero | |
tests L2-norm of Symbol on the FunctionOnContactZero | |
tests L2-norm of Symbol on the FunctionOnContactZero | |
tests L2-norm of Symbol on the FunctionOnContactZero | |
tests L2-norm of Symbol on the FunctionOnContactZero | |
tests L2-norm of Symbol on the FunctionOnContactZero | |
test getNormal() on boundary | |
test getNormal() on cotact side 1 | |
test getNormal() on cotact side 0 | |
test getX() of the domain to be in the [0,1]^dim box | |
| Inherited from TestCase | |
Create an instance of the class that will use the named test method when executed. | |
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Fail the test unless the expression is true. | |
Fail if the two objects are unequal as determined by their difference rounded to the given number of decimal places (default 7) and comparing to zero. | |
Fail if the two objects are unequal as determined by their difference rounded to the given number of decimal places (default 7) and comparing to zero. | |
Fail if the two objects are unequal as determined by the '==' operator. | |
Fail if the two objects are unequal as determined by the '==' operator. | |
Fail if the two objects are equal as determined by their difference rounded to the given number of decimal places (default 7) and comparing to zero. | |
Fail if the two objects are equal as determined by their difference rounded to the given number of decimal places (default 7) and comparing to zero. | |
Fail if the two objects are equal as determined by the '==' operator. | |
Fail if the two objects are equal as determined by the '==' operator. | |
Fail unless an exception of class excClass is thrown by callableObj when invoked with arguments args and keyword arguments kwargs. | |
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Run the test without collecting errors in a TestResult | |
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Fail immediately, with the given message. | |
Fail the test if the expression is true. | |
Fail if the two objects are equal as determined by their difference rounded to the given number of decimal places (default 7) and comparing to zero. | |
Fail if the two objects are equal as determined by the '==' operator. | |
Fail the test unless the expression is true. | |
Fail if the two objects are unequal as determined by their difference rounded to the given number of decimal places (default 7) and comparing to zero. | |
Fail if the two objects are unequal as determined by the '==' operator. | |
Fail unless an exception of class excClass is thrown by callableObj when invoked with arguments args and keyword arguments kwargs. | |
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Hook method for setting up the test fixture before exercising it. | |
Returns a one-line description of the test, or None if no description has been provided. | |
Hook method for deconstructing the test fixture after testing it. | |
| Inherited from object | |
x.__delattr__('name') <==> del x.name | |
x.__getattribute__('name') <==> x.name | |
x.__hash__() <==> hash(x) | |
T.__new__(S, ...) -> a new object with type S, a subtype of T | |
helper for pickle | |
helper for pickle | |
x.__setattr__('name', value) <==> x.name = value | |
| Class Variable Summary | |
|---|---|
float |
RES_TOL = 1e-08 |
| Method Details |
|---|
test_div_onFunction_fromData_ContinuousFunction(self)
tests divergence of Data on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports div on Function
|
test_div_onFunction_fromData_ReducedSolution(self)
tests divergence of Data on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports div on Function
|
test_div_onFunction_fromData_Solution(self)
tests divergence of Data on the Function
assumptions: Solution(self.domain) exists
self.domain supports div on Function
|
test_div_onFunction_fromSymbol_ContinuousFunction(self)
tests divergence of Symbol on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports div on Function
|
test_div_onFunction_fromSymbol_ReducedSolution(self)
tests divergence of Symbol on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports div on Function
|
test_div_onFunction_fromSymbol_Solution(self)
tests divergence of Symbol on the Function
assumptions: Solution(self.domain) exists
self.domain supports div on Function
|
test_div_onFunctionOnBoundary_fromData_ContinuousFunction(self)
tests divergence of Data on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports div on FunctionOnBoundary
|
test_div_onFunctionOnBoundary_fromData_ReducedSolution(self)
tests divergence of Data on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports div on FunctionOnBoundary
|
test_div_onFunctionOnBoundary_fromData_Solution(self)
tests divergence of Data on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports div on FunctionOnBoundary
|
test_div_onFunctionOnBoundary_fromSymbol_ContinuousFunction(self)
tests divergence of Symbol on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports div on FunctionOnBoundary
|
test_div_onFunctionOnBoundary_fromSymbol_ReducedSolution(self)
tests divergence of Symbol on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports div on FunctionOnBoundary
|
test_div_onFunctionOnBoundary_fromSymbol_Solution(self)
tests divergence of Symbol on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports div on FunctionOnBoundary
|
test_div_onFunctionOnContactOne_fromData_ContinuousFunction(self)
tests divergence of Data on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports div on FunctionOnContactOne
|
test_div_onFunctionOnContactOne_fromData_ReducedSolution(self)
tests divergence of Data on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports div on FunctionOnContactOne
|
test_div_onFunctionOnContactOne_fromData_Solution(self)
tests divergence of Data on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports div on FunctionOnContactOne
|
test_div_onFunctionOnContactOne_fromSymbol_ContinuousFunction(self)
tests divergence of Symbol on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports div on FunctionOnContactOne
|
test_div_onFunctionOnContactOne_fromSymbol_ReducedSolution(self)
tests divergence of Symbol on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports div on FunctionOnContactOne
|
test_div_onFunctionOnContactOne_fromSymbol_Solution(self)
tests divergence of Symbol on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports div on FunctionOnContactOne
|
test_div_onFunctionOnContactZero_fromData_ContinuousFunction(self)
tests divergence of Data on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports div on FunctionOnContactZero
|
test_div_onFunctionOnContactZero_fromData_ReducedSolution(self)
tests divergence of Data on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports div on FunctionOnContactZero
|
test_div_onFunctionOnContactZero_fromData_Solution(self)
tests divergence of Data on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports div on FunctionOnContactZero
|
test_div_onFunctionOnContactZero_fromSymbol_ContinuousFunction(self)
tests divergence of Symbol on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports div on FunctionOnContactZero
|
test_div_onFunctionOnContactZero_fromSymbol_ReducedSolution(self)
tests divergence of Symbol on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports div on FunctionOnContactZero
|
test_div_onFunctionOnContactZero_fromSymbol_Solution(self)
tests divergence of Symbol on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports div on FunctionOnContactZero
|
test_grad_onFunction_fromData_ContinuousFunction_rank0(self)
tests gradient for rank 0 Data on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromData_ContinuousFunction_rank1(self)
tests gradient for rank 1 Data on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromData_ContinuousFunction_rank2(self)
tests gradient for rank 2 Data on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromData_ContinuousFunction_rank3(self)
tests gradient for rank 3 Data on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromData_ReducedSolution_rank0(self)
tests gradient for rank 0 Data on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromData_ReducedSolution_rank1(self)
tests gradient for rank 1 Data on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromData_ReducedSolution_rank2(self)
tests gradient for rank 2 Data on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromData_ReducedSolution_rank3(self)
tests gradient for rank 3 Data on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromData_Solution_rank0(self)
tests gradient for rank 0 Data on the Function
assumptions: Solution(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromData_Solution_rank1(self)
tests gradient for rank 1 Data on the Function
assumptions: Solution(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromData_Solution_rank2(self)
tests gradient for rank 2 Data on the Function
assumptions: Solution(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromData_Solution_rank3(self)
tests gradient for rank 3 Data on the Function
assumptions: Solution(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromSymbol_ContinuousFunction_rank0(self)
tests gradient for rank 0 Symbol on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromSymbol_ContinuousFunction_rank1(self)
tests gradient for rank 1 Symbol on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromSymbol_ContinuousFunction_rank2(self)
tests gradient for rank 2 Symbol on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromSymbol_ContinuousFunction_rank3(self)
tests gradient for rank 3 Symbol on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromSymbol_ReducedSolution_rank0(self)
tests gradient for rank 0 Symbol on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromSymbol_ReducedSolution_rank1(self)
tests gradient for rank 1 Symbol on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromSymbol_ReducedSolution_rank2(self)
tests gradient for rank 2 Symbol on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromSymbol_ReducedSolution_rank3(self)
tests gradient for rank 3 Symbol on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromSymbol_Solution_rank0(self)
tests gradient for rank 0 Symbol on the Function
assumptions: Solution(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromSymbol_Solution_rank1(self)
tests gradient for rank 1 Symbol on the Function
assumptions: Solution(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromSymbol_Solution_rank2(self)
tests gradient for rank 2 Symbol on the Function
assumptions: Solution(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunction_fromSymbol_Solution_rank3(self)
tests gradient for rank 3 Symbol on the Function
assumptions: Solution(self.domain) exists
self.domain supports gardient on Function
|
test_grad_onFunctionOnBoundary_fromData_ContinuousFunction_rank0(self)
tests gradient for rank 0 Data on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromData_ContinuousFunction_rank1(self)
tests gradient for rank 1 Data on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromData_ContinuousFunction_rank2(self)
tests gradient for rank 2 Data on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromData_ContinuousFunction_rank3(self)
tests gradient for rank 3 Data on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromData_ReducedSolution_rank0(self)
tests gradient for rank 0 Data on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromData_ReducedSolution_rank1(self)
tests gradient for rank 1 Data on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromData_ReducedSolution_rank2(self)
tests gradient for rank 2 Data on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromData_ReducedSolution_rank3(self)
tests gradient for rank 3 Data on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromData_Solution_rank0(self)
tests gradient for rank 0 Data on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromData_Solution_rank1(self)
tests gradient for rank 1 Data on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromData_Solution_rank2(self)
tests gradient for rank 2 Data on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromData_Solution_rank3(self)
tests gradient for rank 3 Data on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromSymbol_ContinuousFunction_rank0(self)
tests gradient for rank 0 Symbol on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromSymbol_ContinuousFunction_rank1(self)
tests gradient for rank 1 Symbol on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromSymbol_ContinuousFunction_rank2(self)
tests gradient for rank 2 Symbol on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromSymbol_ContinuousFunction_rank3(self)
tests gradient for rank 3 Symbol on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromSymbol_ReducedSolution_rank0(self)
tests gradient for rank 0 Symbol on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromSymbol_ReducedSolution_rank1(self)
tests gradient for rank 1 Symbol on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromSymbol_ReducedSolution_rank2(self)
tests gradient for rank 2 Symbol on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromSymbol_ReducedSolution_rank3(self)
tests gradient for rank 3 Symbol on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromSymbol_Solution_rank0(self)
tests gradient for rank 0 Symbol on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromSymbol_Solution_rank1(self)
tests gradient for rank 1 Symbol on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromSymbol_Solution_rank2(self)
tests gradient for rank 2 Symbol on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnBoundary_fromSymbol_Solution_rank3(self)
tests gradient for rank 3 Symbol on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnBoundary
|
test_grad_onFunctionOnContactOne_fromData_ContinuousFunction_rank0(self)
tests gradient for rank 0 Data on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromData_ContinuousFunction_rank1(self)
tests gradient for rank 1 Data on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromData_ContinuousFunction_rank2(self)
tests gradient for rank 2 Data on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromData_ContinuousFunction_rank3(self)
tests gradient for rank 3 Data on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromData_ReducedSolution_rank0(self)
tests gradient for rank 0 Data on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromData_ReducedSolution_rank1(self)
tests gradient for rank 1 Data on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromData_ReducedSolution_rank2(self)
tests gradient for rank 2 Data on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromData_ReducedSolution_rank3(self)
tests gradient for rank 3 Data on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromData_Solution_rank0(self)
tests gradient for rank 0 Data on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromData_Solution_rank1(self)
tests gradient for rank 1 Data on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromData_Solution_rank2(self)
tests gradient for rank 2 Data on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromData_Solution_rank3(self)
tests gradient for rank 3 Data on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromSymbol_ContinuousFunction_rank0(self)
tests gradient for rank 0 Symbol on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromSymbol_ContinuousFunction_rank1(self)
tests gradient for rank 1 Symbol on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromSymbol_ContinuousFunction_rank2(self)
tests gradient for rank 2 Symbol on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromSymbol_ContinuousFunction_rank3(self)
tests gradient for rank 3 Symbol on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromSymbol_ReducedSolution_rank0(self)
tests gradient for rank 0 Symbol on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromSymbol_ReducedSolution_rank1(self)
tests gradient for rank 1 Symbol on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromSymbol_ReducedSolution_rank2(self)
tests gradient for rank 2 Symbol on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromSymbol_ReducedSolution_rank3(self)
tests gradient for rank 3 Symbol on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromSymbol_Solution_rank0(self)
tests gradient for rank 0 Symbol on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromSymbol_Solution_rank1(self)
tests gradient for rank 1 Symbol on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromSymbol_Solution_rank2(self)
tests gradient for rank 2 Symbol on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactOne_fromSymbol_Solution_rank3(self)
tests gradient for rank 3 Symbol on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnContactOne
|
test_grad_onFunctionOnContactZero_fromData_ContinuousFunction_rank0(self)
tests gradient for rank 0 Data on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromData_ContinuousFunction_rank1(self)
tests gradient for rank 1 Data on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromData_ContinuousFunction_rank2(self)
tests gradient for rank 2 Data on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromData_ContinuousFunction_rank3(self)
tests gradient for rank 3 Data on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromData_ReducedSolution_rank0(self)
tests gradient for rank 0 Data on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromData_ReducedSolution_rank1(self)
tests gradient for rank 1 Data on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromData_ReducedSolution_rank2(self)
tests gradient for rank 2 Data on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromData_ReducedSolution_rank3(self)
tests gradient for rank 3 Data on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromData_Solution_rank0(self)
tests gradient for rank 0 Data on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromData_Solution_rank1(self)
tests gradient for rank 1 Data on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromData_Solution_rank2(self)
tests gradient for rank 2 Data on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromData_Solution_rank3(self)
tests gradient for rank 3 Data on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromSymbol_ContinuousFunction_rank0(self)
tests gradient for rank 0 Symbol on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromSymbol_ContinuousFunction_rank1(self)
tests gradient for rank 1 Symbol on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromSymbol_ContinuousFunction_rank2(self)
tests gradient for rank 2 Symbol on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromSymbol_ContinuousFunction_rank3(self)
tests gradient for rank 3 Symbol on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromSymbol_ReducedSolution_rank0(self)
tests gradient for rank 0 Symbol on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromSymbol_ReducedSolution_rank1(self)
tests gradient for rank 1 Symbol on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromSymbol_ReducedSolution_rank2(self)
tests gradient for rank 2 Symbol on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromSymbol_ReducedSolution_rank3(self)
tests gradient for rank 3 Symbol on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromSymbol_Solution_rank0(self)
tests gradient for rank 0 Symbol on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromSymbol_Solution_rank1(self)
tests gradient for rank 1 Symbol on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromSymbol_Solution_rank2(self)
tests gradient for rank 2 Symbol on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_grad_onFunctionOnContactZero_fromSymbol_Solution_rank3(self)
tests gradient for rank 3 Symbol on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports gardient on FunctionOnContactZero
|
test_integrate_onFunction_fromData_ContinuousFunction_rank0(self)
tests integral of rank 0 Data on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_ContinuousFunction_rank1(self)
tests integral of rank 1 Data on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_ContinuousFunction_rank2(self)
tests integral of rank 2 Data on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_ContinuousFunction_rank3(self)
tests integral of rank 3 Data on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_ContinuousFunction_rank4(self)
tests integral of rank 4 Data on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_Function_rank0(self)
tests integral of rank 0 Data on the Function
assumptions: Function(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_Function_rank1(self)
tests integral of rank 1 Data on the Function
assumptions: Function(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_Function_rank2(self)
tests integral of rank 2 Data on the Function
assumptions: Function(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_Function_rank3(self)
tests integral of rank 3 Data on the Function
assumptions: Function(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_Function_rank4(self)
tests integral of rank 4 Data on the Function
assumptions: Function(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_ReducedSolution_rank0(self)
tests integral of rank 0 Data on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_ReducedSolution_rank1(self)
tests integral of rank 1 Data on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_ReducedSolution_rank2(self)
tests integral of rank 2 Data on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_ReducedSolution_rank3(self)
tests integral of rank 3 Data on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_ReducedSolution_rank4(self)
tests integral of rank 4 Data on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_Solution_rank0(self)
tests integral of rank 0 Data on the Function
assumptions: Solution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_Solution_rank1(self)
tests integral of rank 1 Data on the Function
assumptions: Solution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_Solution_rank2(self)
tests integral of rank 2 Data on the Function
assumptions: Solution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_Solution_rank3(self)
tests integral of rank 3 Data on the Function
assumptions: Solution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromData_Solution_rank4(self)
tests integral of rank 4 Data on the Function
assumptions: Solution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_ContinuousFunction_rank0(self)
tests integral of rank 0 Symbol on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_ContinuousFunction_rank1(self)
tests integral of rank 1 Symbol on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_ContinuousFunction_rank2(self)
tests integral of rank 2 Symbol on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_ContinuousFunction_rank3(self)
tests integral of rank 3 Symbol on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_ContinuousFunction_rank4(self)
tests integral of rank 4 Symbol on the Function
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_Function_rank0(self)
tests integral of rank 0 Symbol on the Function
assumptions: Function(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_Function_rank1(self)
tests integral of rank 1 Symbol on the Function
assumptions: Function(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_Function_rank2(self)
tests integral of rank 2 Symbol on the Function
assumptions: Function(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_Function_rank3(self)
tests integral of rank 3 Symbol on the Function
assumptions: Function(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_Function_rank4(self)
tests integral of rank 4 Symbol on the Function
assumptions: Function(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_ReducedSolution_rank0(self)
tests integral of rank 0 Symbol on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_ReducedSolution_rank1(self)
tests integral of rank 1 Symbol on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_ReducedSolution_rank2(self)
tests integral of rank 2 Symbol on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_ReducedSolution_rank3(self)
tests integral of rank 3 Symbol on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_ReducedSolution_rank4(self)
tests integral of rank 4 Symbol on the Function
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_Solution_rank0(self)
tests integral of rank 0 Symbol on the Function
assumptions: Solution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_Solution_rank1(self)
tests integral of rank 1 Symbol on the Function
assumptions: Solution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_Solution_rank2(self)
tests integral of rank 2 Symbol on the Function
assumptions: Solution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_Solution_rank3(self)
tests integral of rank 3 Symbol on the Function
assumptions: Solution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunction_fromSymbol_Solution_rank4(self)
tests integral of rank 4 Symbol on the Function
assumptions: Solution(self.domain) exists
self.domain supports integral on Function
|
test_integrate_onFunctionOnBoundary_fromData_ContinuousFunction_rank0(self)
tests integral of rank 0 Data on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_ContinuousFunction_rank1(self)
tests integral of rank 1 Data on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_ContinuousFunction_rank2(self)
tests integral of rank 2 Data on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_ContinuousFunction_rank3(self)
tests integral of rank 3 Data on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_ContinuousFunction_rank4(self)
tests integral of rank 4 Data on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_FunctionOnBoundary_rank0(self)
tests integral of rank 0 Data on the FunctionOnBoundary
assumptions: FunctionOnBoundary(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_FunctionOnBoundary_rank1(self)
tests integral of rank 1 Data on the FunctionOnBoundary
assumptions: FunctionOnBoundary(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_FunctionOnBoundary_rank2(self)
tests integral of rank 2 Data on the FunctionOnBoundary
assumptions: FunctionOnBoundary(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_FunctionOnBoundary_rank3(self)
tests integral of rank 3 Data on the FunctionOnBoundary
assumptions: FunctionOnBoundary(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_FunctionOnBoundary_rank4(self)
tests integral of rank 4 Data on the FunctionOnBoundary
assumptions: FunctionOnBoundary(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_ReducedSolution_rank0(self)
tests integral of rank 0 Data on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_ReducedSolution_rank1(self)
tests integral of rank 1 Data on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_ReducedSolution_rank2(self)
tests integral of rank 2 Data on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_ReducedSolution_rank3(self)
tests integral of rank 3 Data on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_ReducedSolution_rank4(self)
tests integral of rank 4 Data on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_Solution_rank0(self)
tests integral of rank 0 Data on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_Solution_rank1(self)
tests integral of rank 1 Data on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_Solution_rank2(self)
tests integral of rank 2 Data on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_Solution_rank3(self)
tests integral of rank 3 Data on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromData_Solution_rank4(self)
tests integral of rank 4 Data on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_ContinuousFunction_rank0(self)
tests integral of rank 0 Symbol on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_ContinuousFunction_rank1(self)
tests integral of rank 1 Symbol on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_ContinuousFunction_rank2(self)
tests integral of rank 2 Symbol on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_ContinuousFunction_rank3(self)
tests integral of rank 3 Symbol on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_ContinuousFunction_rank4(self)
tests integral of rank 4 Symbol on the FunctionOnBoundary
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_FunctionOnBoundary_rank0(self)
tests integral of rank 0 Symbol on the FunctionOnBoundary
assumptions: FunctionOnBoundary(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_FunctionOnBoundary_rank1(self)
tests integral of rank 1 Symbol on the FunctionOnBoundary
assumptions: FunctionOnBoundary(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_FunctionOnBoundary_rank2(self)
tests integral of rank 2 Symbol on the FunctionOnBoundary
assumptions: FunctionOnBoundary(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_FunctionOnBoundary_rank3(self)
tests integral of rank 3 Symbol on the FunctionOnBoundary
assumptions: FunctionOnBoundary(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_FunctionOnBoundary_rank4(self)
tests integral of rank 4 Symbol on the FunctionOnBoundary
assumptions: FunctionOnBoundary(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_ReducedSolution_rank0(self)
tests integral of rank 0 Symbol on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_ReducedSolution_rank1(self)
tests integral of rank 1 Symbol on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_ReducedSolution_rank2(self)
tests integral of rank 2 Symbol on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_ReducedSolution_rank3(self)
tests integral of rank 3 Symbol on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_ReducedSolution_rank4(self)
tests integral of rank 4 Symbol on the FunctionOnBoundary
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_Solution_rank0(self)
tests integral of rank 0 Symbol on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_Solution_rank1(self)
tests integral of rank 1 Symbol on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_Solution_rank2(self)
tests integral of rank 2 Symbol on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_Solution_rank3(self)
tests integral of rank 3 Symbol on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnBoundary_fromSymbol_Solution_rank4(self)
tests integral of rank 4 Symbol on the FunctionOnBoundary
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnBoundary
|
test_integrate_onFunctionOnContactOne_fromData_ContinuousFunction_rank0(self)
tests integral of rank 0 Data on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_ContinuousFunction_rank1(self)
tests integral of rank 1 Data on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_ContinuousFunction_rank2(self)
tests integral of rank 2 Data on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_ContinuousFunction_rank3(self)
tests integral of rank 3 Data on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_ContinuousFunction_rank4(self)
tests integral of rank 4 Data on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_FunctionOnContactOne_rank0(self)
tests integral of rank 0 Data on the FunctionOnContactOne
assumptions: FunctionOnContactOne(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_FunctionOnContactOne_rank1(self)
tests integral of rank 1 Data on the FunctionOnContactOne
assumptions: FunctionOnContactOne(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_FunctionOnContactOne_rank2(self)
tests integral of rank 2 Data on the FunctionOnContactOne
assumptions: FunctionOnContactOne(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_FunctionOnContactOne_rank3(self)
tests integral of rank 3 Data on the FunctionOnContactOne
assumptions: FunctionOnContactOne(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_FunctionOnContactOne_rank4(self)
tests integral of rank 4 Data on the FunctionOnContactOne
assumptions: FunctionOnContactOne(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_ReducedSolution_rank0(self)
tests integral of rank 0 Data on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_ReducedSolution_rank1(self)
tests integral of rank 1 Data on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_ReducedSolution_rank2(self)
tests integral of rank 2 Data on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_ReducedSolution_rank3(self)
tests integral of rank 3 Data on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_ReducedSolution_rank4(self)
tests integral of rank 4 Data on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_Solution_rank0(self)
tests integral of rank 0 Data on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_Solution_rank1(self)
tests integral of rank 1 Data on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_Solution_rank2(self)
tests integral of rank 2 Data on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_Solution_rank3(self)
tests integral of rank 3 Data on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromData_Solution_rank4(self)
tests integral of rank 4 Data on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_ContinuousFunction_rank0(self)
tests integral of rank 0 Symbol on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_ContinuousFunction_rank1(self)
tests integral of rank 1 Symbol on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_ContinuousFunction_rank2(self)
tests integral of rank 2 Symbol on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_ContinuousFunction_rank3(self)
tests integral of rank 3 Symbol on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_ContinuousFunction_rank4(self)
tests integral of rank 4 Symbol on the FunctionOnContactOne
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_FunctionOnContactOne_rank0(self)
tests integral of rank 0 Symbol on the FunctionOnContactOne
assumptions: FunctionOnContactOne(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_FunctionOnContactOne_rank1(self)
tests integral of rank 1 Symbol on the FunctionOnContactOne
assumptions: FunctionOnContactOne(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_FunctionOnContactOne_rank2(self)
tests integral of rank 2 Symbol on the FunctionOnContactOne
assumptions: FunctionOnContactOne(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_FunctionOnContactOne_rank3(self)
tests integral of rank 3 Symbol on the FunctionOnContactOne
assumptions: FunctionOnContactOne(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_FunctionOnContactOne_rank4(self)
tests integral of rank 4 Symbol on the FunctionOnContactOne
assumptions: FunctionOnContactOne(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_ReducedSolution_rank0(self)
tests integral of rank 0 Symbol on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_ReducedSolution_rank1(self)
tests integral of rank 1 Symbol on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_ReducedSolution_rank2(self)
tests integral of rank 2 Symbol on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_ReducedSolution_rank3(self)
tests integral of rank 3 Symbol on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_ReducedSolution_rank4(self)
tests integral of rank 4 Symbol on the FunctionOnContactOne
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_Solution_rank0(self)
tests integral of rank 0 Symbol on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_Solution_rank1(self)
tests integral of rank 1 Symbol on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_Solution_rank2(self)
tests integral of rank 2 Symbol on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_Solution_rank3(self)
tests integral of rank 3 Symbol on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactOne_fromSymbol_Solution_rank4(self)
tests integral of rank 4 Symbol on the FunctionOnContactOne
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactOne
|
test_integrate_onFunctionOnContactZero_fromData_ContinuousFunction_rank0(self)
tests integral of rank 0 Data on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_ContinuousFunction_rank1(self)
tests integral of rank 1 Data on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_ContinuousFunction_rank2(self)
tests integral of rank 2 Data on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_ContinuousFunction_rank3(self)
tests integral of rank 3 Data on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_ContinuousFunction_rank4(self)
tests integral of rank 4 Data on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_FunctionOnContactZero_rank0(self)
tests integral of rank 0 Data on the FunctionOnContactZero
assumptions: FunctionOnContactZero(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_FunctionOnContactZero_rank1(self)
tests integral of rank 1 Data on the FunctionOnContactZero
assumptions: FunctionOnContactZero(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_FunctionOnContactZero_rank2(self)
tests integral of rank 2 Data on the FunctionOnContactZero
assumptions: FunctionOnContactZero(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_FunctionOnContactZero_rank3(self)
tests integral of rank 3 Data on the FunctionOnContactZero
assumptions: FunctionOnContactZero(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_FunctionOnContactZero_rank4(self)
tests integral of rank 4 Data on the FunctionOnContactZero
assumptions: FunctionOnContactZero(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_ReducedSolution_rank0(self)
tests integral of rank 0 Data on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_ReducedSolution_rank1(self)
tests integral of rank 1 Data on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_ReducedSolution_rank2(self)
tests integral of rank 2 Data on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_ReducedSolution_rank3(self)
tests integral of rank 3 Data on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_ReducedSolution_rank4(self)
tests integral of rank 4 Data on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_Solution_rank0(self)
tests integral of rank 0 Data on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_Solution_rank1(self)
tests integral of rank 1 Data on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_Solution_rank2(self)
tests integral of rank 2 Data on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_Solution_rank3(self)
tests integral of rank 3 Data on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromData_Solution_rank4(self)
tests integral of rank 4 Data on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_ContinuousFunction_rank0(self)
tests integral of rank 0 Symbol on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_ContinuousFunction_rank1(self)
tests integral of rank 1 Symbol on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_ContinuousFunction_rank2(self)
tests integral of rank 2 Symbol on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_ContinuousFunction_rank3(self)
tests integral of rank 3 Symbol on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_ContinuousFunction_rank4(self)
tests integral of rank 4 Symbol on the FunctionOnContactZero
assumptions: ContinuousFunction(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_FunctionOnContactZero_rank0(self)
tests integral of rank 0 Symbol on the FunctionOnContactZero
assumptions: FunctionOnContactZero(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_FunctionOnContactZero_rank1(self)
tests integral of rank 1 Symbol on the FunctionOnContactZero
assumptions: FunctionOnContactZero(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_FunctionOnContactZero_rank2(self)
tests integral of rank 2 Symbol on the FunctionOnContactZero
assumptions: FunctionOnContactZero(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_FunctionOnContactZero_rank3(self)
tests integral of rank 3 Symbol on the FunctionOnContactZero
assumptions: FunctionOnContactZero(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_FunctionOnContactZero_rank4(self)
tests integral of rank 4 Symbol on the FunctionOnContactZero
assumptions: FunctionOnContactZero(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_ReducedSolution_rank0(self)
tests integral of rank 0 Symbol on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_ReducedSolution_rank1(self)
tests integral of rank 1 Symbol on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_ReducedSolution_rank2(self)
tests integral of rank 2 Symbol on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_ReducedSolution_rank3(self)
tests integral of rank 3 Symbol on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_ReducedSolution_rank4(self)
tests integral of rank 4 Symbol on the FunctionOnContactZero
assumptions: ReducedSolution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_Solution_rank0(self)
tests integral of rank 0 Symbol on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_Solution_rank1(self)
tests integral of rank 1 Symbol on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_Solution_rank2(self)
tests integral of rank 2 Symbol on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_Solution_rank3(self)
tests integral of rank 3 Symbol on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_integrate_onFunctionOnContactZero_fromSymbol_Solution_rank4(self)
tests integral of rank 4 Symbol on the FunctionOnContactZero
assumptions: Solution(self.domain) exists
self.domain supports integral on FunctionOnContactZero
|
test_interpolate_onFunction_fromData_ContinuousFunction_rank0(self)tests interpolate for rank 0 Data onto the Function assumptions: self.domain supports inpterpolation from ContinuousFunction onto Function |
test_interpolate_onFunction_fromData_ContinuousFunction_rank1(self)tests interpolate for rank 1 Data onto the Function assumptions: self.domain supports inpterpolation from ContinuousFunction onto Function |
test_interpolate_onFunction_fromData_ContinuousFunction_rank2(self)tests interpolate for rank 2 Data onto the Function assumptions: self.domain supports inpterpolation from ContinuousFunction onto Function |
test_interpolate_onFunction_fromData_ContinuousFunction_rank3(self)tests interpolate for rank 3 Data onto the Function assumptions: self.domain supports inpterpolation from ContinuousFunction onto Function |
test_interpolate_onFunction_fromData_ContinuousFunction_rank4(self)tests interpolate for rank 4 Data onto the Function assumptions: self.domain supports inpterpolation from ContinuousFunction onto Function |
test_interpolate_onFunction_fromData_Function_rank0(self)tests interpolate for rank 0 Data onto the Function assumptions: self.domain supports inpterpolation from Function onto Function |
test_interpolate_onFunction_fromData_Function_rank1(self)tests interpolate for rank 1 Data onto the Function assumptions: self.domain supports inpterpolation from Function onto Function |
test_interpolate_onFunction_fromData_Function_rank2(self)tests interpolate for rank 2 Data onto the Function assumptions: self.domain supports inpterpolation from Function onto Function |
test_interpolate_onFunction_fromData_Function_rank3(self)tests interpolate for rank 3 Data onto the Function assumptions: self.domain supports inpterpolation from Function onto Function |
test_interpolate_onFunction_fromData_Function_rank4(self)tests interpolate for rank 4 Data onto the Function assumptions: self.domain supports inpterpolation from Function onto Function |
test_interpolate_onFunction_fromData_ReducedSolution_rank0(self)tests interpolate for rank 0 Data onto the Function assumptions: self.domain supports inpterpolation from ReducedSolution onto Function |
test_interpolate_onFunction_fromData_ReducedSolution_rank1(self)tests interpolate for rank 1 Data onto the Function assumptions: self.domain supports inpterpolation from ReducedSolution onto Function |
test_interpolate_onFunction_fromData_ReducedSolution_rank2(self)tests interpolate for rank 2 Data onto the Function assumptions: self.domain supports inpterpolation from ReducedSolution onto Function |
test_interpolate_onFunction_fromData_ReducedSolution_rank3(self)tests interpolate for rank 3 Data onto the Function assumptions: self.domain supports inpterpolation from ReducedSolution onto Function |
test_interpolate_onFunction_fromData_ReducedSolution_rank4(self)tests interpolate for rank 4 Data onto the Function assumptions: self.domain supports inpterpolation from ReducedSolution onto Function |
test_interpolate_onFunction_fromData_Solution_rank0(self)tests interpolate for rank 0 Data onto the Function assumptions: self.domain supports inpterpolation from Solution onto Function |
test_interpolate_onFunction_fromData_Solution_rank1(self)tests interpolate for rank 1 Data onto the Function assumptions: self.domain supports inpterpolation from Solution onto Function |
test_interpolate_onFunction_fromData_Solution_rank2(self)tests interpolate for rank 2 Data onto the Function assumptions: self.domain supports inpterpolation from Solution onto Function |
test_interpolate_onFunction_fromData_Solution_rank3(self)tests interpolate for rank 3 Data onto the Function assumptions: self.domain supports inpterpolation from Solution onto Function |
test_interpolate_onFunction_fromData_Solution_rank4(self)tests interpolate for rank 4 Data onto the Function assumptions: self.domain supports inpterpolation from Solution onto Function |
test_interpolate_onFunction_fromSymbol_ContinuousFunction_rank0(self)tests interpolate for rank 0 Symbol onto the Function assumptions: self.domain supports inpterpolation from ContinuousFunction onto Function |
test_interpolate_onFunction_fromSymbol_ContinuousFunction_rank1(self)tests interpolate for rank 1 Symbol onto the Function assumptions: self.domain supports inpterpolation from ContinuousFunction onto Function |
test_interpolate_onFunction_fromSymbol_ContinuousFunction_rank2(self)tests interpolate for rank 2 Symbol onto the Function assumptions: self.domain supports inpterpolation from ContinuousFunction onto Function |
test_interpolate_onFunction_fromSymbol_ContinuousFunction_rank3(self)tests interpolate for rank 3 Symbol onto the Function assumptions: self.domain supports inpterpolation from ContinuousFunction onto Function |
test_interpolate_onFunction_fromSymbol_ContinuousFunction_rank4(self)tests interpolate for rank 4 Symbol onto the Function assumptions: self.domain supports inpterpolation from ContinuousFunction onto Function |
test_interpolate_onFunction_fromSymbol_Function_rank0(self)tests interpolate for rank 0 Symbol onto the Function assumptions: self.domain supports inpterpolation from Function onto Function |
test_interpolate_onFunction_fromSymbol_Function_rank1(self)tests interpolate for rank 1 Symbol onto the Function assumptions: self.domain supports inpterpolation from Function onto Function |
test_interpolate_onFunction_fromSymbol_Function_rank2(self)tests interpolate for rank 2 Symbol onto the Function assumptions: self.domain supports inpterpolation from Function onto Function |
test_interpolate_onFunction_fromSymbol_Function_rank3(self)tests interpolate for rank 3 Symbol onto the Function assumptions: self.domain supports inpterpolation from Function onto Function |
test_interpolate_onFunction_fromSymbol_Function_rank4(self)tests interpolate for rank 4 Symbol onto the Function assumptions: self.domain supports inpterpolation from Function onto Function |
test_interpolate_onFunction_fromSymbol_ReducedSolution_rank0(self)tests interpolate for rank 0 Symbol onto the Function assumptions: self.domain supports inpterpolation from ReducedSolution onto Function |
test_interpolate_onFunction_fromSymbol_ReducedSolution_rank1(self)tests interpolate for rank 1 Symbol onto the Function assumptions: self.domain supports inpterpolation from ReducedSolution onto Function |
test_interpolate_onFunction_fromSymbol_ReducedSolution_rank2(self)tests interpolate for rank 2 Symbol onto the Function assumptions: self.domain supports inpterpolation from ReducedSolution onto Function |
test_interpolate_onFunction_fromSymbol_ReducedSolution_rank3(self)tests interpolate for rank 3 Symbol onto the Function assumptions: self.domain supports inpterpolation from ReducedSolution onto Function |
test_interpolate_onFunction_fromSymbol_ReducedSolution_rank4(self)tests interpolate for rank 4 Symbol onto the Function assumptions: self.domain supports inpterpolation from ReducedSolution onto Function |
test_interpolate_onFunction_fromSymbol_Solution_rank0(self)tests interpolate for rank 0 Symbol onto the Function assumptions: self.domain supports inpterpolation from Solution onto Function |
test_interpolate_onFunction_fromSymbol_Solution_rank1(self)tests interpolate for rank 1 Symbol onto the Function assumptions: self.domain supports inpterpolation from Solution onto Function |
test_interpolate_onFunction_fromSymbol_Solution_rank2(self)tests interpolate for rank 2 Symbol onto the Function assumptions: self.domain supports inpterpolation from Solution onto Function |
test_interpolate_onFunction_fromSymbol_Solution_rank3(self)tests interpolate for rank 3 Symbol onto the Function assumptions: self.domain supports inpterpolation from Solution onto Function |
test_interpolate_onFunction_fromSymbol_Solution_rank4(self)tests interpolate for rank 4 Symbol onto the Function assumptions: self.domain supports inpterpolation from Solution onto Function |
test_interpolate_onFunctionOnBoundary_fromData_ContinuousFunction_rank0(self)tests interpolate for rank 0 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_ContinuousFunction_rank1(self)tests interpolate for rank 1 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_ContinuousFunction_rank2(self)tests interpolate for rank 2 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_ContinuousFunction_rank3(self)tests interpolate for rank 3 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_ContinuousFunction_rank4(self)tests interpolate for rank 4 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_FunctionOnBoundary_rank0(self)tests interpolate for rank 0 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from FunctionOnBoundary onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_FunctionOnBoundary_rank1(self)tests interpolate for rank 1 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from FunctionOnBoundary onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_FunctionOnBoundary_rank2(self)tests interpolate for rank 2 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from FunctionOnBoundary onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_FunctionOnBoundary_rank3(self)tests interpolate for rank 3 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from FunctionOnBoundary onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_FunctionOnBoundary_rank4(self)tests interpolate for rank 4 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from FunctionOnBoundary onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_ReducedSolution_rank0(self)tests interpolate for rank 0 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_ReducedSolution_rank1(self)tests interpolate for rank 1 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_ReducedSolution_rank2(self)tests interpolate for rank 2 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_ReducedSolution_rank3(self)tests interpolate for rank 3 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_ReducedSolution_rank4(self)tests interpolate for rank 4 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_Solution_rank0(self)tests interpolate for rank 0 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from Solution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_Solution_rank1(self)tests interpolate for rank 1 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from Solution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_Solution_rank2(self)tests interpolate for rank 2 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from Solution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_Solution_rank3(self)tests interpolate for rank 3 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from Solution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromData_Solution_rank4(self)tests interpolate for rank 4 Data onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from Solution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_ContinuousFunction_rank0(self)tests interpolate for rank 0 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_ContinuousFunction_rank1(self)tests interpolate for rank 1 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_ContinuousFunction_rank2(self)tests interpolate for rank 2 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_ContinuousFunction_rank3(self)tests interpolate for rank 3 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_ContinuousFunction_rank4(self)tests interpolate for rank 4 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_FunctionOnBoundary_rank0(self)tests interpolate for rank 0 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from FunctionOnBoundary onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_FunctionOnBoundary_rank1(self)tests interpolate for rank 1 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from FunctionOnBoundary onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_FunctionOnBoundary_rank2(self)tests interpolate for rank 2 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from FunctionOnBoundary onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_FunctionOnBoundary_rank3(self)tests interpolate for rank 3 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from FunctionOnBoundary onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_FunctionOnBoundary_rank4(self)tests interpolate for rank 4 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from FunctionOnBoundary onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_ReducedSolution_rank0(self)tests interpolate for rank 0 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_ReducedSolution_rank1(self)tests interpolate for rank 1 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_ReducedSolution_rank2(self)tests interpolate for rank 2 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_ReducedSolution_rank3(self)tests interpolate for rank 3 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_ReducedSolution_rank4(self)tests interpolate for rank 4 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_Solution_rank0(self)tests interpolate for rank 0 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from Solution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_Solution_rank1(self)tests interpolate for rank 1 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from Solution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_Solution_rank2(self)tests interpolate for rank 2 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from Solution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_Solution_rank3(self)tests interpolate for rank 3 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from Solution onto FunctionOnBoundary |
test_interpolate_onFunctionOnBoundary_fromSymbol_Solution_rank4(self)tests interpolate for rank 4 Symbol onto the FunctionOnBoundary assumptions: self.domain supports inpterpolation from Solution onto FunctionOnBoundary |
test_interpolate_onFunctionOnContactOne_fromData_ContinuousFunction_rank0(self)tests interpolate for rank 0 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_ContinuousFunction_rank1(self)tests interpolate for rank 1 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_ContinuousFunction_rank2(self)tests interpolate for rank 2 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_ContinuousFunction_rank3(self)tests interpolate for rank 3 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_ContinuousFunction_rank4(self)tests interpolate for rank 4 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_FunctionOnContactOne_rank0(self)tests interpolate for rank 0 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_FunctionOnContactOne_rank1(self)tests interpolate for rank 1 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_FunctionOnContactOne_rank2(self)tests interpolate for rank 2 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_FunctionOnContactOne_rank3(self)tests interpolate for rank 3 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_FunctionOnContactOne_rank4(self)tests interpolate for rank 4 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_FunctionOnContactZero_rank0(self)tests interpolate for rank 0 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_FunctionOnContactZero_rank1(self)tests interpolate for rank 1 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_FunctionOnContactZero_rank2(self)tests interpolate for rank 2 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_FunctionOnContactZero_rank3(self)tests interpolate for rank 3 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_FunctionOnContactZero_rank4(self)tests interpolate for rank 4 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_ReducedSolution_rank0(self)tests interpolate for rank 0 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_ReducedSolution_rank1(self)tests interpolate for rank 1 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_ReducedSolution_rank2(self)tests interpolate for rank 2 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_ReducedSolution_rank3(self)tests interpolate for rank 3 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_ReducedSolution_rank4(self)tests interpolate for rank 4 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_Solution_rank0(self)tests interpolate for rank 0 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_Solution_rank1(self)tests interpolate for rank 1 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_Solution_rank2(self)tests interpolate for rank 2 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_Solution_rank3(self)tests interpolate for rank 3 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromData_Solution_rank4(self)tests interpolate for rank 4 Data onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_ContinuousFunction_rank0(self)tests interpolate for rank 0 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_ContinuousFunction_rank1(self)tests interpolate for rank 1 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_ContinuousFunction_rank2(self)tests interpolate for rank 2 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_ContinuousFunction_rank3(self)tests interpolate for rank 3 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_ContinuousFunction_rank4(self)tests interpolate for rank 4 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_FunctionOnContactOne_rank0(self)tests interpolate for rank 0 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_FunctionOnContactOne_rank1(self)tests interpolate for rank 1 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_FunctionOnContactOne_rank2(self)tests interpolate for rank 2 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_FunctionOnContactOne_rank3(self)tests interpolate for rank 3 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_FunctionOnContactOne_rank4(self)tests interpolate for rank 4 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_FunctionOnContactZero_rank0(self)tests interpolate for rank 0 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_FunctionOnContactZero_rank1(self)tests interpolate for rank 1 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_FunctionOnContactZero_rank2(self)tests interpolate for rank 2 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_FunctionOnContactZero_rank3(self)tests interpolate for rank 3 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_FunctionOnContactZero_rank4(self)tests interpolate for rank 4 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_ReducedSolution_rank0(self)tests interpolate for rank 0 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_ReducedSolution_rank1(self)tests interpolate for rank 1 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_ReducedSolution_rank2(self)tests interpolate for rank 2 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_ReducedSolution_rank3(self)tests interpolate for rank 3 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_ReducedSolution_rank4(self)tests interpolate for rank 4 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_Solution_rank0(self)tests interpolate for rank 0 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_Solution_rank1(self)tests interpolate for rank 1 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_Solution_rank2(self)tests interpolate for rank 2 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_Solution_rank3(self)tests interpolate for rank 3 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactOne_fromSymbol_Solution_rank4(self)tests interpolate for rank 4 Symbol onto the FunctionOnContactOne assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactOne |
test_interpolate_onFunctionOnContactZero_fromData_ContinuousFunction_rank0(self)tests interpolate for rank 0 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_ContinuousFunction_rank1(self)tests interpolate for rank 1 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_ContinuousFunction_rank2(self)tests interpolate for rank 2 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_ContinuousFunction_rank3(self)tests interpolate for rank 3 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_ContinuousFunction_rank4(self)tests interpolate for rank 4 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_FunctionOnContactOne_rank0(self)tests interpolate for rank 0 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_FunctionOnContactOne_rank1(self)tests interpolate for rank 1 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_FunctionOnContactOne_rank2(self)tests interpolate for rank 2 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_FunctionOnContactOne_rank3(self)tests interpolate for rank 3 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_FunctionOnContactOne_rank4(self)tests interpolate for rank 4 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_FunctionOnContactZero_rank0(self)tests interpolate for rank 0 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_FunctionOnContactZero_rank1(self)tests interpolate for rank 1 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_FunctionOnContactZero_rank2(self)tests interpolate for rank 2 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_FunctionOnContactZero_rank3(self)tests interpolate for rank 3 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_FunctionOnContactZero_rank4(self)tests interpolate for rank 4 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_ReducedSolution_rank0(self)tests interpolate for rank 0 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_ReducedSolution_rank1(self)tests interpolate for rank 1 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_ReducedSolution_rank2(self)tests interpolate for rank 2 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_ReducedSolution_rank3(self)tests interpolate for rank 3 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_ReducedSolution_rank4(self)tests interpolate for rank 4 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_Solution_rank0(self)tests interpolate for rank 0 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_Solution_rank1(self)tests interpolate for rank 1 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_Solution_rank2(self)tests interpolate for rank 2 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_Solution_rank3(self)tests interpolate for rank 3 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromData_Solution_rank4(self)tests interpolate for rank 4 Data onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_ContinuousFunction_rank0(self)tests interpolate for rank 0 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_ContinuousFunction_rank1(self)tests interpolate for rank 1 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_ContinuousFunction_rank2(self)tests interpolate for rank 2 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_ContinuousFunction_rank3(self)tests interpolate for rank 3 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_ContinuousFunction_rank4(self)tests interpolate for rank 4 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ContinuousFunction onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_FunctionOnContactOne_rank0(self)tests interpolate for rank 0 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_FunctionOnContactOne_rank1(self)tests interpolate for rank 1 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_FunctionOnContactOne_rank2(self)tests interpolate for rank 2 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_FunctionOnContactOne_rank3(self)tests interpolate for rank 3 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_FunctionOnContactOne_rank4(self)tests interpolate for rank 4 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactOne onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_FunctionOnContactZero_rank0(self)tests interpolate for rank 0 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_FunctionOnContactZero_rank1(self)tests interpolate for rank 1 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_FunctionOnContactZero_rank2(self)tests interpolate for rank 2 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_FunctionOnContactZero_rank3(self)tests interpolate for rank 3 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_FunctionOnContactZero_rank4(self)tests interpolate for rank 4 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from FunctionOnContactZero onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_ReducedSolution_rank0(self)tests interpolate for rank 0 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_ReducedSolution_rank1(self)tests interpolate for rank 1 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_ReducedSolution_rank2(self)tests interpolate for rank 2 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_ReducedSolution_rank3(self)tests interpolate for rank 3 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_ReducedSolution_rank4(self)tests interpolate for rank 4 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from ReducedSolution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_Solution_rank0(self)tests interpolate for rank 0 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_Solution_rank1(self)tests interpolate for rank 1 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_Solution_rank2(self)tests interpolate for rank 2 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_Solution_rank3(self)tests interpolate for rank 3 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactZero |
test_interpolate_onFunctionOnContactZero_fromSymbol_Solution_rank4(self)tests interpolate for rank 4 Symbol onto the FunctionOnContactZero assumptions: self.domain supports inpterpolation from Solution onto FunctionOnContactZero |
test_interpolate_onReducedSolution_fromData_ContinuousFunction_rank0(self)tests interpolate for rank 0 Data onto the ReducedSolution assumptions: self.domain supports inpterpolation from ContinuousFunction onto ReducedSolution |
test_interpolate_onReducedSolution_fromData_ContinuousFunction_rank1(self)tests interpolate for rank 1 Data onto the ReducedSolution assumptions: self.domain supports inpterpolation from ContinuousFunction onto ReducedSolution |
test_interpolate_onReducedSolution_fromData_ContinuousFunction_rank2(self)tests interpolate for rank 2 Data onto the ReducedSolution assumptions: self.domain supports inpterpolation from ContinuousFunction onto ReducedSolution |
test_interpolate_onReducedSolution_fromData_ContinuousFunction_rank3(self)tests interpolate for rank 3 Data onto the ReducedSolution assumptions: self.domain supports inpterpolation from ContinuousFunction onto ReducedSolution |
test_interpolate_onReducedSolution_fromData_ContinuousFunction_rank4(self)tests interpolate for rank 4 Data onto the ReducedSolution assumptions: self.domain supports inpterpolation from ContinuousFunction onto ReducedSolution |
test_interpolate_onReducedSolution_fromData_ReducedSolution_rank0(self)tests interpolate for rank 0 Data onto the ReducedSolution assumptions: self.domain supports inpterpolation from ReducedSolution onto ReducedSolution |
test_interpolate_onReducedSolution_fromData_ReducedSolution_rank1(self)tests interpolate for rank 1 Data onto the ReducedSolution assumptions: self.domain supports inpterpolation from ReducedSolution onto ReducedSolution |
test_interpolate_onReducedSolution_fromData_ReducedSolution_rank2(self)tests interpolate for rank 2 Data onto the ReducedSolution assumptions: self.domain supports inpterpolation from ReducedSolution onto ReducedSolution |
test_interpolate_onReducedSolution_fromData_ReducedSolution_rank3(self)tests interpolate for rank 3 Data onto the ReducedSolution assumptions: self.domain supports inpterpolation from ReducedSolution onto ReducedSolution |
test_interpolate_onReducedSolution_fromData_ReducedSolution_rank4(self)tests interpolate for rank 4 Data onto the ReducedSolution assumptions: self.domain supports inpterpolation from ReducedSolution onto ReducedSolution |
test_interpolate_onReducedSolution_fromData_Solution_rank0(self)tests interpolate for rank 0 Data onto the ReducedSolution assumptions: self.domain supports inpterpolation from Solution onto ReducedSolution |
test_interpolate_onReducedSolution_fromData_Solution_rank1(self)tests interpolate for rank 1 Data onto the ReducedSolution assumptions: self.domain supports inpterpolation from Solution onto ReducedSolution |
test_interpolate_onReducedSolution_fromData_Solution_rank2(self)tests interpolate for rank 2 Data onto the ReducedSolution assumptions: self.domain supports inpterpolation from Solution onto ReducedSolution |
test_interpolate_onReducedSolution_fromData_Solution_rank3(self)tests interpolate for rank 3 Data onto the ReducedSolution assumptions: self.domain supports inpterpolation from Solution onto ReducedSolution |
test_interpolate_onReducedSolution_fromData_Solution_rank4(self)tests interpolate for rank 4 Data onto the ReducedSolution assumptions: self.domain supports inpterpolation from Solution onto ReducedSolution |
test_interpolate_onReducedSolution_fromSymbol_ContinuousFunction_rank0(self)tests interpolate for rank 0 Symbol onto the ReducedSolution assumptions: self.domain supports inpterpolation from ContinuousFunction onto ReducedSolution |
test_interpolate_onReducedSolution_fromSymbol_ContinuousFunction_rank1(self)tests interpolate for rank 1 Symbol onto the ReducedSolution assumptions: self.domain supports inpterpolation from ContinuousFunction onto ReducedSolution |
test_interpolate_onReducedSolution_fromSymbol_ContinuousFunction_rank2(self)tests interpolate for rank 2 Symbol onto the ReducedSolution assumptions: self.domain supports inpterpolation from ContinuousFunction onto ReducedSolution |
test_interpolate_onReducedSolution_fromSymbol_ContinuousFunction_rank3(self)tests interpolate for rank 3 Symbol onto the ReducedSolution assumptions: self.domain supports inpterpolation from ContinuousFunction onto ReducedSolution |
test_interpolate_onReducedSolution_fromSymbol_ContinuousFunction_rank4(self)tests interpolate for rank 4 Symbol onto the ReducedSolution assumptions: self.domain supports inpterpolation from ContinuousFunction onto ReducedSolution |
test_interpolate_onReducedSolution_fromSymbol_ReducedSolution_rank0(self)tests interpolate for rank 0 Symbol onto the ReducedSolution assumptions: self.domain supports inpterpolation from ReducedSolution onto ReducedSolution |
test_interpolate_onReducedSolution_fromSymbol_ReducedSolution_rank1(self)tests interpolate for rank 1 Symbol onto the ReducedSolution assumptions: self.domain supports inpterpolation from ReducedSolution onto ReducedSolution |
test_interpolate_onReducedSolution_fromSymbol_ReducedSolution_rank2(self)tests interpolate for rank 2 Symbol onto the ReducedSolution assumptions: self.domain supports inpterpolation from ReducedSolution onto ReducedSolution |
test_interpolate_onReducedSolution_fromSymbol_ReducedSolution_rank3(self)tests interpolate for rank 3 Symbol onto the ReducedSolution assumptions: self.domain supports inpterpolation from ReducedSolution onto ReducedSolution |
test_interpolate_onReducedSolution_fromSymbol_ReducedSolution_rank4(self)tests interpolate for rank 4 Symbol onto the ReducedSolution assumptions: self.domain supports inpterpolation from ReducedSolution onto ReducedSolution |
test_interpolate_onReducedSolution_fromSymbol_Solution_rank0(self)tests interpolate for rank 0 Symbol onto the ReducedSolution assumptions: self.domain supports inpterpolation from Solution onto ReducedSolution |
test_interpolate_onReducedSolution_fromSymbol_Solution_rank1(self)tests interpolate for rank 1 Symbol onto the ReducedSolution assumptions: self.domain supports inpterpolation from Solution onto ReducedSolution |
test_interpolate_onReducedSolution_fromSymbol_Solution_rank2(self)tests interpolate for rank 2 Symbol onto the ReducedSolution assumptions: self.domain supports inpterpolation from Solution onto ReducedSolution |
test_interpolate_onReducedSolution_fromSymbol_Solution_rank3(self)tests interpolate for rank 3 Symbol onto the ReducedSolution assumptions: self.domain supports inpterpolation from Solution onto ReducedSolution |
test_interpolate_onReducedSolution_fromSymbol_Solution_rank4(self)tests interpolate for rank 4 Symbol onto the ReducedSolution assumptions: self.domain supports inpterpolation from Solution onto ReducedSolution |
test_interpolate_onSolution_fromData_ContinuousFunction_rank0(self)tests interpolate for rank 0 Data onto the Solution assumptions: self.domain supports inpterpolation from ContinuousFunction onto Solution |
test_interpolate_onSolution_fromData_ContinuousFunction_rank1(self)tests interpolate for rank 1 Data onto the Solution assumptions: self.domain supports inpterpolation from ContinuousFunction onto Solution |
test_interpolate_onSolution_fromData_ContinuousFunction_rank2(self)tests interpolate for rank 2 Data onto the Solution assumptions: self.domain supports inpterpolation from ContinuousFunction onto Solution |
test_interpolate_onSolution_fromData_ContinuousFunction_rank3(self)tests interpolate for rank 3 Data onto the Solution assumptions: self.domain supports inpterpolation from ContinuousFunction onto Solution |
test_interpolate_onSolution_fromData_ContinuousFunction_rank4(self)tests interpolate for rank 4 Data onto the Solution assumptions: self.domain supports inpterpolation from ContinuousFunction onto Solution |
test_interpolate_onSolution_fromData_Solution_rank0(self)tests interpolate for rank 0 Data onto the Solution assumptions: self.domain supports inpterpolation from Solution onto Solution |
test_interpolate_onSolution_fromData_Solution_rank1(self)tests interpolate for rank 1 Data onto the Solution assumptions: self.domain supports inpterpolation from Solution onto Solution |
test_interpolate_onSolution_fromData_Solution_rank2(self)tests interpolate for rank 2 Data onto the Solution assumptions: self.domain supports inpterpolation from Solution onto Solution |
test_interpolate_onSolution_fromData_Solution_rank3(self)tests interpolate for rank 3 Data onto the Solution assumptions: self.domain supports inpterpolation from Solution onto Solution |
test_interpolate_onSolution_fromData_Solution_rank4(self)tests interpolate for rank 4 Data onto the Solution assumptions: self.domain supports inpterpolation from Solution onto Solution |
test_interpolate_onSolution_fromSymbol_ContinuousFunction_rank0(self)tests interpolate for rank 0 Symbol onto the Solution assumptions: self.domain supports inpterpolation from ContinuousFunction onto Solution |
test_interpolate_onSolution_fromSymbol_ContinuousFunction_rank1(self)tests interpolate for rank 1 Symbol onto the Solution assumptions: self.domain supports inpterpolation from ContinuousFunction onto Solution |
test_interpolate_onSolution_fromSymbol_ContinuousFunction_rank2(self)tests interpolate for rank 2 Symbol onto the Solution assumptions: self.domain supports inpterpolation from ContinuousFunction onto Solution |
test_interpolate_onSolution_fromSymbol_ContinuousFunction_rank3(self)tests interpolate for rank 3 Symbol onto the Solution assumptions: self.domain supports inpterpolation from ContinuousFunction onto Solution |
test_interpolate_onSolution_fromSymbol_ContinuousFunction_rank4(self)tests interpolate for rank 4 Symbol onto the Solution assumptions: self.domain supports inpterpolation from ContinuousFunction onto Solution |
test_interpolate_onSolution_fromSymbol_Solution_rank0(self)tests interpolate for rank 0 Symbol onto the Solution assumptions: self.domain supports inpterpolation from Solution onto Solution |
test_interpolate_onSolution_fromSymbol_Solution_rank1(self)tests interpolate for rank 1 Symbol onto the Solution assumptions: self.domain supports inpterpolation from Solution onto Solution |
test_interpolate_onSolution_fromSymbol_Solution_rank2(self)tests interpolate for rank 2 Symbol onto the Solution assumptions: self.domain supports inpterpolation from Solution onto Solution |
test_interpolate_onSolution_fromSymbol_Solution_rank3(self)tests interpolate for rank 3 Symbol onto the Solution assumptions: self.domain supports inpterpolation from Solution onto Solution |
test_interpolate_onSolution_fromSymbol_Solution_rank4(self)tests interpolate for rank 4 Symbol onto the Solution assumptions: self.domain supports inpterpolation from Solution onto Solution |
test_L2_onFunction_fromData_rank0(self)tests L2-norm of Data on the Function assumptions: self.domain supports integration on Function |
test_L2_onFunction_fromData_rank1(self)tests L2-norm of Data on the Function assumptions: self.domain supports integration on Function |
test_L2_onFunction_fromData_rank2(self)tests L2-norm of Data on the Function assumptions: self.domain supports integration on Function |
test_L2_onFunction_fromData_rank3(self)tests L2-norm of Data on the Function assumptions: self.domain supports integration on Function |
test_L2_onFunction_fromData_rank4(self)tests L2-norm of Data on the Function assumptions: self.domain supports integration on Function |
test_L2_onFunction_fromSymbol_rank0(self)tests L2-norm of Symbol on the Function assumptions: self.domain supports integration on Function |
test_L2_onFunction_fromSymbol_rank1(self)tests L2-norm of Symbol on the Function assumptions: self.domain supports integration on Function |
test_L2_onFunction_fromSymbol_rank2(self)tests L2-norm of Symbol on the Function assumptions: self.domain supports integration on Function |
test_L2_onFunction_fromSymbol_rank3(self)tests L2-norm of Symbol on the Function assumptions: self.domain supports integration on Function |
test_L2_onFunction_fromSymbol_rank4(self)tests L2-norm of Symbol on the Function assumptions: self.domain supports integration on Function |
test_L2_onFunctionOnBoundary_fromData_rank0(self)tests L2-norm of Data on the FunctionOnBoundary assumptions: self.domain supports integration on FunctionOnBoundary |
test_L2_onFunctionOnBoundary_fromData_rank1(self)tests L2-norm of Data on the FunctionOnBoundary assumptions: self.domain supports integration on FunctionOnBoundary |
test_L2_onFunctionOnBoundary_fromData_rank2(self)tests L2-norm of Data on the FunctionOnBoundary assumptions: self.domain supports integration on FunctionOnBoundary |
test_L2_onFunctionOnBoundary_fromData_rank3(self)tests L2-norm of Data on the FunctionOnBoundary assumptions: self.domain supports integration on FunctionOnBoundary |
test_L2_onFunctionOnBoundary_fromData_rank4(self)tests L2-norm of Data on the FunctionOnBoundary assumptions: self.domain supports integration on FunctionOnBoundary |
test_L2_onFunctionOnBoundary_fromSymbol_rank0(self)tests L2-norm of Symbol on the FunctionOnBoundary assumptions: self.domain supports integration on FunctionOnBoundary |
test_L2_onFunctionOnBoundary_fromSymbol_rank1(self)tests L2-norm of Symbol on the FunctionOnBoundary assumptions: self.domain supports integration on FunctionOnBoundary |
test_L2_onFunctionOnBoundary_fromSymbol_rank2(self)tests L2-norm of Symbol on the FunctionOnBoundary assumptions: self.domain supports integration on FunctionOnBoundary |
test_L2_onFunctionOnBoundary_fromSymbol_rank3(self)tests L2-norm of Symbol on the FunctionOnBoundary assumptions: self.domain supports integration on FunctionOnBoundary |
test_L2_onFunctionOnBoundary_fromSymbol_rank4(self)tests L2-norm of Symbol on the FunctionOnBoundary assumptions: self.domain supports integration on FunctionOnBoundary |
test_L2_onFunctionOnContactOne_fromData_rank0(self)tests L2-norm of Data on the FunctionOnContactOne assumptions: self.domain supports integration on FunctionOnContactOne |
test_L2_onFunctionOnContactOne_fromData_rank1(self)tests L2-norm of Data on the FunctionOnContactOne assumptions: self.domain supports integration on FunctionOnContactOne |
test_L2_onFunctionOnContactOne_fromData_rank2(self)tests L2-norm of Data on the FunctionOnContactOne assumptions: self.domain supports integration on FunctionOnContactOne |
test_L2_onFunctionOnContactOne_fromData_rank3(self)tests L2-norm of Data on the FunctionOnContactOne assumptions: self.domain supports integration on FunctionOnContactOne |
test_L2_onFunctionOnContactOne_fromData_rank4(self)tests L2-norm of Data on the FunctionOnContactOne assumptions: self.domain supports integration on FunctionOnContactOne |
test_L2_onFunctionOnContactOne_fromSymbol_rank0(self)tests L2-norm of Symbol on the FunctionOnContactOne assumptions: self.domain supports integration on FunctionOnContactOne |
test_L2_onFunctionOnContactOne_fromSymbol_rank1(self)tests L2-norm of Symbol on the FunctionOnContactOne assumptions: self.domain supports integration on FunctionOnContactOne |
test_L2_onFunctionOnContactOne_fromSymbol_rank2(self)tests L2-norm of Symbol on the FunctionOnContactOne assumptions: self.domain supports integration on FunctionOnContactOne |
test_L2_onFunctionOnContactOne_fromSymbol_rank3(self)tests L2-norm of Symbol on the FunctionOnContactOne assumptions: self.domain supports integration on FunctionOnContactOne |
test_L2_onFunctionOnContactOne_fromSymbol_rank4(self)tests L2-norm of Symbol on the FunctionOnContactOne assumptions: self.domain supports integration on FunctionOnContactOne |
test_L2_onFunctionOnContactZero_fromData_rank0(self)tests L2-norm of Data on the FunctionOnContactZero assumptions: self.domain supports integration on FunctionOnContactZero |
test_L2_onFunctionOnContactZero_fromData_rank1(self)tests L2-norm of Data on the FunctionOnContactZero assumptions: self.domain supports integration on FunctionOnContactZero |
test_L2_onFunctionOnContactZero_fromData_rank2(self)tests L2-norm of Data on the FunctionOnContactZero assumptions: self.domain supports integration on FunctionOnContactZero |
test_L2_onFunctionOnContactZero_fromData_rank3(self)tests L2-norm of Data on the FunctionOnContactZero assumptions: self.domain supports integration on FunctionOnContactZero |
test_L2_onFunctionOnContactZero_fromData_rank4(self)tests L2-norm of Data on the FunctionOnContactZero assumptions: self.domain supports integration on FunctionOnContactZero |
test_L2_onFunctionOnContactZero_fromSymbol_rank0(self)tests L2-norm of Symbol on the FunctionOnContactZero assumptions: self.domain supports integration on FunctionOnContactZero |
test_L2_onFunctionOnContactZero_fromSymbol_rank1(self)tests L2-norm of Symbol on the FunctionOnContactZero assumptions: self.domain supports integration on FunctionOnContactZero |
test_L2_onFunctionOnContactZero_fromSymbol_rank2(self)tests L2-norm of Symbol on the FunctionOnContactZero assumptions: self.domain supports integration on FunctionOnContactZero |
test_L2_onFunctionOnContactZero_fromSymbol_rank3(self)tests L2-norm of Symbol on the FunctionOnContactZero assumptions: self.domain supports integration on FunctionOnContactZero |
test_L2_onFunctionOnContactZero_fromSymbol_rank4(self)tests L2-norm of Symbol on the FunctionOnContactZero assumptions: self.domain supports integration on FunctionOnContactZero |
test_normal_FunctionOnBoundary(self)test getNormal() on boundary assumptions: FunctionOnBoundary(self.domain) exists |
test_normal_onFunctionOnContactOne(self)test getNormal() on cotact side 1 assumptions: FunctionOnContactOne(self.domain) exists |
test_normal_onFunctionOnContactZero(self)test getNormal() on cotact side 0 assumptions: FunctionOnContactZero(self.domain) exists |
test_x_ofDomain(self)test getX() of the domain to be in the [0,1]^dim box |
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RES_TOL
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